hi
you should be paying attention in class. you should listen. you should know the answer. what is your problem big man. the answer is obvious. it is 25 volts
To calculate the amperage at 12 volts based on 1.5 amps at 5 volts, you can use the formula P=IV (Power = Current x Voltage). First, find the power at 5 volts (P=1.5A * 5V = 7.5 watts). Then, using P=IV at 12 volts, solve for current (7.5W = I * 12V => I = 0.625A). So, at 12 volts, 1.5 amps at 5 volts translates to approximately 0.625 amps.
Both 5 volts DC and 5 volts AC represent the same voltage level of 5 volts. However, the key difference lies in their waveform. DC is a steady voltage that flows in one direction, while AC alternates in direction, changing polarity over time. This difference affects how each type of voltage is used in various electrical applications.
1 MeV is equal to 1.6 x 10^-13 volts. Therefore, 5 MeV is equal to 8 x 10^-13 volts.
The product would be VA.
this referrs to the scale of measurement across the y axis ; in this case being the amplitude of a signal measure. this details how many volts are set per 1 division; usually 1 cm height, hence setting the control dial to 1 volt per division, will set the scale at 1 volt per cm. setting the dial at 0.1 volt per division will set the scale at 0.1 volt per cm division.
=15 volts +10volts
5 quadrillion volts per millisecond
I'm assuming my multitester you mean multimeter. If that's true, then you've answered your own question. If you set the multimeter to a scale of 150 volts and you measure 82 volts, then the answer is 82 volts. The switch positions (15V, 150V) are there to help you measure voltage more accurately. They change the scale of the meter. For instance, if your meter has a gauge with 15 divisions on it (by gauge I mean the part where the needle moves) and you set the dial to 15 volts, then you now have 1 volt per division. In the same respect if you set it to 150 volts you now have 10 volts per division. So if it's set to 15 volts and you put 82 volts across it, the needle will sit all the way at the top. This just indicates that you've put too much voltage across it. Just keep changing the scale until you get to a point where the needle isn't all the way at the end of the scale. Then read how many volts per division you have, and read the voltage normally.
you should be paying attention in class. you should listen. you should know the answer. what is your problem big man. the answer is obvious. it is 25 volts
+3.3 volts +5 volts, +12 volts -12 volts, and -5 volts but -5 is rare
5 per division. 15 per conference. 30 in the league.
2 times per second x (2.5)= 5 volts 6 times per second x (2.5)=15 volts
With an oscilloscope. Measure the vertical height of the wave on the screen . Multiply that by the volts per division setting. That will give you its' voltage.
5000 volts
15 volts because : 2 times in a second=5volts then 6 times in a second=15 volts
the volts are 230